Non-slip body-conforming booster cushion seat

ABSTRACT

A non-slip body-conforming booster cushion seat having a malleable filler material so as to permit the cushion to conform to the body shape of a user when the user is seated thereon, the booster cushion seat comprising an outer portion having four trapezoid-shaped sides, a substantially square bottom portion provided with a textured base to prevent slipping when the textured base contacts a corresponding surface, and a depressed central section, the booster cushion seat being provided with a safety belt to secure a juvenile user in place on the booster cushion seat.

BACKGROUND OF THE INVENTION

1. Field of the Invention

The present invention relates to a non-slip body-conforming booster cushion seat. More particularly, the present invention is a booster cushion seat comprising an outer portion having four sides, a substantially square bottom portion or base, and a depressed upper portion, the substantially square bottom portion or base having a textured surface to prevent slipping, and the booster cushion seat having a malleable filler material to as to permit the cushion to conform to the body shape of a user. The booster cushion seat is further provided with a safety belt to secure a juvenile user in place on the booster cushion seat.

2. Prior Art

There are a number of patents that show or relate to booster chairs or booster seats. It is believed to be novel to provide a non-slip body-conforming booster cushion seat adapted to conform to the body shape of a user, providing a soft cushion which elevates the user and which prevents slippage of the booster cushion in conjunction with a corresponding surface and provides a safety belt to prevent a juvenile user from slipping off the booster cushion itself.

A preliminary patentability search was conducted on this invention and the following listed references were uncovered in the search. The following patents were uncovered during this search: Patent No. Inventor Issue Date Des. 259,902 Rock Jul. 21, 1981 Des. 191,513 Kerr Oct. 10, 1961 Des. 227,423 Audo Jun. 26, 1973 Des. 244,569 Laroye Jun. 7, 1977 Des. 265,027 Meyers Jun. 22, 1982 Des. 339,923 Clarke Oct. 5, 1993 Des. 355,306 Moses Feb. 14, 1995 Des. 366,368 McCarthy Jan. 23, 1996 Des. 377,423 Latrella et al Jan. 21, 1997 D493,964 S Low Aug. 10, 2004 3,480,916 Jennings Oct. 15, 1974 4,592,589 Hellwig Jun. 3, 1986 4,871,210 Alexander et al Oct. 3, 1989 6,049,929 Rawson Apr. 18, 2000 6,553,590 B1 Leach Apr. 29, 2003 6,574,810 B2 Mangiaracina Jun. 10, 2003 6,692,072 B2 Nelson et al Feb. 17, 2004

Rock patent Des. 259,902 shows a design patent on a bead filled chair having an arm feature designed to mimic the arm of a turtle or some type of paw belonging to an animal.

The design patent to Laroye Des. 244,569 shows a chair having a raised surrounding side portion and an indentation on the top. The rear portion of the chair is higher than the front portion and the chair appears to be solid.

The design patent to Meyers Des. 265,027 shows a seat which is similar to the Laroye chair discussed above, except that it is circular in shape.

Young patent Des. 348,783 shows a booster seat provided with a carrying-type of handle on either side of the seat.

Moses design patent Des. 355,306 shows an infant support chair having a flexible back held in place by two rigid vertical members with webbing material passing therebetween and a strap for securing the child in place.

Low patent Des. 493,964S shows a baby support seat comprising a rounded cushion and a raised back portion.

The patent to Alexander et al No. 4,871,210 discloses a child holder which includes a harness system for the child in combination with a booster seat.

There are a variety of other seating devices including infant seats, booster seats, a changing pad, none of which are significant to the present invention.

SUMMARY OF THE INVENTION

A non-slip body-conforming booster cushion seat comprising an outer portion having four sides, each of the four sides being comprised of a substantially trapezoid shaped panel, the largest side of each trapezoid shaped panel attaching to the bottom portion or base, a substantially square bottom portion or base, and a depressed upper portion which forms the central section of the booster cushion seat, the substantially square bottom portion or base having a textured surface, preferably with a rubber or similar texture, to prevent slipping when placed against a substantially flat surface, and the booster cushion seat having a malleable filler material to as to permit the cushion to conform to the body shape of a user or, more particularly, to the buttock area of a juvenile user. The depth of the depressed central section may be adjusted by varying the degree of tightness with which the arms are pulled and secured around the chair back such that when the arms are pulled tightly around a chair back, the depressed central section is raised and when the arms are secure in a loose fashion around a chair back, the depressed central section is lowered. This allows the user to be positioned higher, such as for greater visibility in a theater, or lower, to permit the user seated on a dining-type chair in combination with the booster cushion seat to fit under a dining table. Additionally, the degree of tightness may be altered to accommodate the size of the user, such that the arms may be pulled tighter to create a smaller depressed central section to accommodate a small child user or, alternatively, the arms could be secured in a more loose fashion to accommodate a larger user. Once the user is seated within the depressed central section of the booster cushion seat with the booster cushion seat conformed to the body of the user, the rearmost trapezoid shaped panel may provide a support for the user's lower back. The booster cushion seat is further provided with a safety belt comprising a nylon webbing or similar type material which safety belt is adapted to secure a juvenile user in place on the booster cushion seat. The safety belt having a substantially T shape including a perpendicularly extending leg and a cross member, the perpendicularly extending leg of the T having a first and second end thereon, the first end being attached to the booster cushion seat at a point midway along one of the trapezoid shaped panels, the cross member of the T having a first and second end thereon, the first end of the cross member being provided with a female receiving member of a buckle, the second end of the cross member being provided with a male member of a buckle, the female member of the buckle being adapted to receive the male member to secure the buckle in place, the cross member of the T shaped safety belt being of sufficient length to encompass the torso of a toddler-aged child or other juvenile user, the cross member of the safety belt being preferably provided with a means for adjusting the length of the belt to accommodate a growing child. Alternatively, the booster cushion seat could be sized to accommodate an adult user by lengthening the adjustable safety belt.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a perspective view of the non-slip body-conforming booster cushion seat of the present invention showing the adjustable tabs in an open position.

FIG. 2 is a rear view of the non-slip body-conforming booster cushion seat of the present invention showing the adjustable tabs in a closed position around the back of a chair.

FIG. 3 is a bottom view of the non-slip body-conforming booster cushion seat of the present invention showing the non-slip textured base and showing the adjustable tabs in an open position.

FIG. 4 is a top view of the non-slip body-conforming booster cushion seat of the present invention showing the adjustable tabs in an open position and the T-shaped belt in an open position.

FIG. 5 is a perspective view of the non-slip body-conforming booster cushion seat of the present invention showing the booster cushion seat in position on a dining-type chair when viewing the chair from the front.

FIG. 6 is a perspective view of the non-slip body-conforming booster cushion seat of the present invention showing the booster cushion seat in position on a dining-type chair when viewing the chair from the rear.

FIG. 7 is a perspective view showing a rear view of the non-slip body-conforming booster cushion seat of the present invention showing a juvenile user positioned on the booster cushion seat with the T-shaped safety belt being disposed around the torso of the juvenile user.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

Referring to the drawings in detail, FIG. 1 shows a perspective view of a non-slip body-conforming booster cushion seat 10 comprising a substantially square base 16 having four sides thereon and which is provided with a textured surface thereon to prevent the textured base from slipping when the textured base contacts another surface, such as a chair seat (not shown in this figure), the textured base is connected by a seam (not numbered) to four fabric sides 22, 24, 26 and 28, each of the four fabric sides 22, 24, 26 and 28 is provided with a top edge, a first side edge, a second side edge, and a top edge (not numbered), and each of the four fabric sides 22, 24, 26 and 28 is attached at the bottom edge thereof to one of the four sides of the substantially square textured base 16. Each of the fabric sides 22, 24, 26 and 28 tapers convergingly inward from the point where the side attaches to the textured base 16 to form a substantially trapezoid shape (not numbered). The first and second ends of each of the trapezoid shaped sides are joined to an adjacent side by a seam (not numbered) such that the first side edge of the fabric side 22 meets the second side edge of fabric side 28, the first side edge of fabric side 24 meets the second side edge of fabric side 22, the first side edge of fabric side 26 meets the second side edge of fabric side 24, and the first side edge of fabric side 28 meets the second side edge of fabric side 26. The top of each trapezoid shaped fabric side 22, 24, 26 and 28 is stitched to a central substantially circular portion which, when all portions are interconnected, forms a substantially pyramid-type shape with a depressed central section 30 which depressed central section 30 is adapted to receive the buttocks of a juvenile user or small adult user (not shown in this figure). Two fabric arms 18 and 20 are attached to the seam which joins fabric sides 22 and 28 and 24 and 22, respectively, fabric arms 18 and 20 are provided with a hook and loop or other type of fastening device 32 and 34, respectively, at the ends thereof. A T-shaped safety belt comprising a horizontal leg 14 and a cross member 12 and preferably made from a webbing-type strap material is attached at a central location along the fabric side 22. The cross member 12 may be inserted through the horizontal leg 14, sewn onto the horizontal leg 14, or otherwise connected to the horizontal leg 14. The cross member 12 of the T-shaped safety belt has a first end and a second end (not numbered), the first end of the cross member 12 is provided with a female receiving member 36 of a commercially available buckle-type device, the second end of the cross member 12 is provided with a male member 38 of a commercially available buckle-type device, such that when the male member 38 is inserted into the female receiving member 36, the cross member 12 is secured in a circular form adapted to encircle the waist or torso of the juvenile user or small adult user (not shown in this figure). The T-shaped safety belt may be alternatively provided with hook and loop, plastic or other type fasteners at each of its respective ends to secure the user adjustably on the booster cushion. The T-shaped safety belt may be provided with a means for lengthening the cross member 12 and/or the horizontal leg 14 of the T-shaped safety belt to permit customized adjustment to fit a plurality of users. The two fabric arms 18 and 20 are adapted to wrap around the back of a chair (or other seating) and connect by means of hook and loop fasteners 32 and 34, respectively, (or other means) for the purpose of securing the booster cushion seat 10 on to the chair (or other seating) to further prevent slippage. When the booster cushion seat 10 is placed onto a surface, such as a chair (not shown in this figure), the fabric arms 18 and 20 wrap around the chair back (not shown in this figure), overlap each other at their respective ends, and the first hook and loop (or other type) fastener 32 contacts the second hook and loop (or other type) fastener 34 to secure the fabric arms 18 and 20 in place. The substantially square textured base 16 of the booster cushion seat 10 comprises a non-slip or textured surface (as indicated above) to prevent the booster cushion seat 10 from moving when placed in contact with a polished or “slick” surface such as a wooden chair, vinyl upholstered seat, or the like. The booster cushion seat 10 is filled with polystyrene beads or similar filling to create the feel and malleability of a bean bag. This filling permits the booster cushion to conform to the shape of the user, allowing the buttocks of the user to sink into the seat for greater stability and comfort. The booster cushion seat 10 is adapted for use by a juvenile user or a small adult and may be employed in a plurality of uses where a user desires to be elevated to a higher position, such as at the dinner table, in a restaurant booth/chair, or in a theater setting.

FIG. 2 shows a non-slip body-conforming booster cushion seat 10 having the two fabric arms 18 and 20 wrapped around the back of a chair 42 and connect by means of the hook and loop fasteners 32 and 34, respectively, for the purpose of securing the booster cushion seat on to the chair. The booster cushion seat 10 is received on top of the chair seat 44 such that the textured base 16 of the booster cushion seat 10 contacts the chair seat 44, the textured base 16 is adapted to prevent the booster cushion seat 10 from slipping when placed into contact with the chair seat 44 as indicated above. The fabric arms 18 and 20 wrap around the chair back 42, overlap each other at their respective ends, and the first hook and loop fastener 32 contacts the second hook and loop fastener 34 to secure the fabric arms 18 and 20 in place around the chair back 42. The depressed central section 30 (not shown in this figure) may be slightly elevated by wrapping the fabric arms 18 and 20 in tight fashion and securing them in the tight position by means of the hook and loop fasteners 32 and 34, respectively, to accommodate a smaller user. Conversely, the depressed central section 30 (not shown in this figure) may be further depressed by wrapping the fabric arms 18 and 20 in loose fashion and securing them in the loose position by means of the hook and loop fasteners 32 and 34, respectively, to accommodate a larger user.

FIG. 3 shows a bottom view of the non-slip body-conforming booster cushion seat 10 having a substantially square shaped textured base 16, as indicated above, a first fabric arm 18 provided with a first hook and loop type fastener 32 and a second fabric arm 20 provided with a second hook and loop type fastener 34, the first and second fabric arms 18 and 20, respectively, being in an unattached or loose position.

FIG. 4 shows a top view of the non-slip body-conforming booster cushion seat 10 wherein the first and second fabric arms 18 and 20, respectively, are in the unattached or loose position. A T-shaped safety belt comprising a horizontal leg 14 and a cross member 12 is shown in an open, extended position, the first end of the cross member 12 of the T-shaped safety belt is provided with a male member 38 of a commercially available type buckle, the second end of the cross member 12 of the T-shaped safety belt is provided with a female receiving member 36 adapted to receive the male member 38 to form a continuous loop around the waist or torso of a user (not shown in this figure).

FIG. 5 shows a perspective view taken from the front of a non-slip body-conforming booster cushion seat 10 placed on a dining-type chair 40, the substantially square textured base 16 being in contact with the chair seat 44, the fabric arms 18 and 20 (number 20 not shown in this figure) being engaged by means of their hook and loop type fasteners 32 and 34, respectively (not shown in this figure), the fabric arms 18 and 20 encircling the chair back to secure the booster cushion seat 10 in place.

FIG. 6 shows a perspective view taken from the rear of a non-slip body-conforming booster cushion seat 10 placed on a dining-type chair 40, the substantially square textured base 16 being in contact with the chair seat 44, the fabric arms 18 and 20 being engaged by means of their hook and loop type fasteners 32 and 34, respectively (not shown in this figure), the fabric arms 18 and 20 encircling the chair back to secure the booster cushion seat 10 in place.

FIG. 7 shows a perspective view taken from the front of a non-slip body-conforming booster cushion seat 10 placed on a dining-type chair 40 with an juvenile user 46 seated atop the depressed central section 30, the substantially square textured base 16 being in contact with the chair seat 44, the fabric arms 18 and 20 being engaged by means of their hook and loop type fasteners 32 and 34, respectively (not shown in this figure), the fabric arms 18 and 20 encircling the chair back to secure the booster cushion seat 10 in place. The juvenile user or small adult user is seated atop the booster cushion seat 10 with her buttocks being received in the depressed central section 30 and her legs extending from the depressed central section 30 over the third (or front) fabric side 26 (not numbered in this figure). The horizontal leg 14 of the T-shaped safety belt extends upwardly form its origin on the fabric side 22 until the cross member 12 is brought to a point substantially level to the torso or waist of the user. The first and second ends of the cross member 12 are brought about the waist of the user to encircle the waist of the user and the male member 38 is inserted into the female receiving member 36 to secure the T-shaped safety belt in place. The booster cushion seat 10 is filled with polystyrene beads or alternate filler material such that the booster cushion seat 10 comprises a malleable shape which malleable shape is adapted to conform to the body of a user 46 when the user 46 is seated on the booster cushion seat 10 to provide maximum comfort, security, and stability to the user 46.

While FIGS. 1 through 7, inclusive, depict the various positions which may be achieved with the non-slip body-conforming booster cushion seat 10 of the present invention, it should be apparent that other and further modifications of the present invention, apart from those shown or suggested herein, may be made within the spirit and scope of this invention.

Drawing Numbers for Non-Slip Body-Conforming Booster Cushion Seat

-   10 Non-Slip Body-Conforming Booster Cushion Seat -   12 Cross member of T-shaped belt -   14 Horizontal leg of T-shaped belt -   16 Base -   18 First arm -   20 Second arm -   22 First side -   24 Second side -   26 Third side -   28 Fourth side -   30 Depressed central section -   32 First hook and loop fastener -   34 Second hook and loop fastener -   36 Female receiving member -   38 Male member -   40 Chair -   42 Chair back -   44 Chair seat -   46 Child 

1. A non-slip body-conforming booster cushion seat comprising an outer portion having four sides, each of the four sides being comprised of a substantially trapezoid shaped fabric panel, the largest side of each trapezoid shaped panel attaching to a substantially square bottom portion or base, the smaller top side of each trapezoid shaped panel attaching to a substantially round depressed central section, the substantially square bottom portion or base having a textured surface to prevent slipping when placed against a substantially flat surface, the booster cushion seat having a malleable filler material to as to permit the cushion to conform to the body shape of a user.
 2. A non-slip body-conforming booster cushion seat as set forth in claim 1 wherein the non-slip body-conforming booster cushion is provided with two fabric arms located in opposite relation along the seam edges of a rear trapezoid fabric panel, the two fabric arms being provided with corresponding halves of a hook-and-loop or similar type fastener to permit adjustable attachment around the back of a chair or similar surface.
 3. A non-slip body-conforming booster cushion seat as set forth in claim 2 wherein the depressed central section of the booster cushion seat may be elevated by means of fastening and securing the fabric arms in a loose fashion around the back of a chair or similar surface.
 4. A non-slip body-conforming booster cushion seat as set forth in claim 2 wherein the depressed central section of the booster cushion seat may be further depressed by means of fastening and securing the fabric arms tightly around the back of a chair or similar surface.
 5. A non-slip body-conforming booster cushion seat as set forth in claim 1 wherein the non-slip body-conforming booster cushion seat is provided with a T-shaped safety belt comprising a nylon webbing or similar type material which safety belt is adapted to secure a juvenile user in place on the booster cushion seat, the safety belt having a perpendicularly extending leg and a cross member, the perpendicularly extending leg of the T having a first and second end thereon, the first end being attached to the booster cushion seat at a point midway along one of the trapezoid shaped panels, the cross member of the T having a first and second end thereon, the first end of the cross member being provided with a female receiving member of a buckle, the second end of the cross member being provided with a male member of a buckle, the female receiving member of the buckle being adapted to receive the male member to secure the buckle in place.
 6. A non-slip body-conforming booster cushion seat as set forth in claim 5 wherein the cross member of the T-shaped safety belt is of sufficient length to encompass the torso of a toddler-aged child or other juvenile user, the cross member of the safety belt being provided with a means for adjusting the length of the belt to accommodate a plurality of user sizes.
 7. A non-slip body-conforming booster cushion seat as set forth in claim 1 wherein the buttocks of a user are adapted to be received within the depressed central section and the legs of a user are adapted to extend from the depressed central section over a front fabric panel or side.
 8. A non-slip body-conforming booster cushion seat as set forth in claim 5 wherein the horizontal leg of the T-shaped safety belt extends upwardly form its origin on the fabric side until the cross member is substantially level to the torso or waist of the user, the first and second ends of the cross member are brought about the waist of the user to encircle the waist of the user and the male member is inserted into the female receiving member to secure the safety belt in place. 